Chemistry: electrical and wave energy – Processes and products
Patent
1981-09-24
1984-12-04
Andrews, R. L.
Chemistry: electrical and wave energy
Processes and products
204128, C25B 134
Patent
active
044862768
ABSTRACT:
A method of operating an electrolytic cell in which cathodic hydrogen formation is suppressed by contacting the catalytic cathode with air or other oxygen-containing gas. The cells are of two types: (1) those in which a membrane is present as a distinct body to seperate the anode from the catalytic cathode; and (2) those in which the catalytic cathode and membrane are in combination as a single body; both of which types contain an ion permeable membrane to divide the said cell into an anolyte zone containing aqueous anolyte and a catholyte zone containing aqueous catholyte and a catalyst. The method of this invention provides for passing current through said anolyte and said catholyte while contacting said catalyst with an oxygen-containing gas to eliminate the formation of hydrogen gas. When alkali metal halide solutions are employed, halogen gas is evolved at the anode and alkali metal hydroxide is produced at the cathode.
REFERENCES:
patent: 4191618 (1980-03-01), Coker et al.
patent: 4260469 (1981-04-01), McIntyre et al.
The Electrochemical Society (Report); 159th Meeting: Abstract No. 418; p. 68; May 10-15, 1981.
Annual Report II of Diamond Shamrock Corp. (period of Oct. 1, 1978-Sep. 30, 1979) entitled: "Oxygen Electrode for Energy Conversion and Storage" (Contract EC-77-C-02-4146); pp. A6-A8, A18 (FIG. 1) and A19 (FIG. 19).
Adlhart Otto J.
Cohn Johann Gunther E.
Andrews R. L.
Engelhard Corporation
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